Women scientists need to work together, network and identify the barriers to increasing their numbers in their respective disciplines. This is the message of International Union of Pure and Applied Physics (IUPAP) VP and Federal University of Rio Grande do Sul (Brazil) Physics Institute director Professor Marcia Barbosa.
Worldwide, there is a problem in most, if not all, the natural and biomedical sciences, of women dropping out of their disciplines as they progress in their careers. Barbosa, naturally, focuses her attention on physics. She cited an IUPAP study revealing that, globally, in 2002, about 22.5% of physics undergraduates were women, some 18% of graduate students were women, but only about 13% of professionally active physicists were women.
This decline is, she noted, called the “leaky pipeline” in the US and the “scissors effect” (as if women were being cut out) in Europe. There are a number of reasons for this, which are found all around the world, although the exact mix differs from culture to culture and from country to country.
One problem is stereotypes of scientists – all too often seen as asocial, if not antisocial, nerdy men. And there are also stereotypes of women scientists, as plain and unattractive, perpetually single and (again) nerdy. Even for highly intelligent and well educated teenage girls, this can be a singularly unattractive image.
Another issue is the lack of women as role models in physics (and other sciences). “When I first joined my department, we didn’t have a single woman at a high level,” noted Barbosa. Fortunately, this is now rapidly changing, with more and more women achieving prominence in the discipline.
Then there are the “myths” about women: that women are not interested in the exact sciences, or that they are not good in them. The history of women in science, especially over the last 150 or so years, refutes these.
There can also be unconscious prejudice. In many countries, scientists are graded according to their contributions to their disciplines, usually measured by the number of scientific publications they produce. Brazil is one such country. A study by Barbosa revealed that Brazilian women scientists were having to publish significantly more papers than their male colleagues in order to be upgraded. (This discovery resulted in a lot of women scientists being immediately upgraded.)
However, worldwide, the really big problem is reconciling family with work. Pregnancy and childcare can wreak havoc on a woman’s scientific career. This is a multifaceted issue. For example, many countries (such as Germany) require post-doctoral studies be done in a foreign country, while, in the US (which is the size of a continent) they must be done in a different university to that in which a PhD was obtained. For a woman who is pregnant or has small children, these requirements are usually impossible to meet. Likewise, late working hours or late meetings are rarely possible for such women.
As a result, these women often drop out of science. In Europe, they tend to go for part-time jobs instead. In developing countries with large, young populations, they often become teachers in colleges which do not undertake any research. In the US, where childcare systems are generally poor, they often stop working altogether.
Yet many of these problems could be solved, or at least ameliorated, by simply changing some of the rules. Give women who are pregnant or have little children more time to finish their postgradu- ate studies, do not schedule late meetings or expect late working hours, allow postdoctoral studies much nearer home and so on. And it is to achieve such changes within the profession that women physicists should work together and change things.
Barbosa was one of the speakers at the 2014 South African Institute of Physics conference at the University of Johannesburg last month. She addressed a plenary session of the conference.